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Economic feasibility of combined cooling, heating and power systems
Hyeunguk Ahn
,
James D. Freihaut
,
Donghyun Rim
Architectural Engineering
Institute of Energy and the Environment (IEE)
Research output
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Chapter in Book/Report/Conference proceeding
›
Conference contribution
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Keyphrases
Annual Cost Saving
20%
Boiler
20%
Boston
100%
Combined Cooling
100%
Combined Heating System
100%
Combined Power System
100%
Conventional System
20%
Cooling Power
100%
Cost Increase
20%
Cost Savings
20%
Economic Feasibility
100%
Economic Value
40%
Economic Viability
20%
Electricity Cost
20%
Energy Production
20%
Grid Electricity
40%
Heat System
20%
Heating System
60%
Integrated Cooling System
100%
Large Office Building
20%
Large Systems
20%
Miami
60%
Natural Gas
20%
Operation Cost
60%
Part Load
20%
Power System
80%
Power System Economics
20%
Regional Effects
20%
San Francisco
80%
Simple Payback Period
40%
System Components
20%
System Size
20%
Utility Rates
20%
Engineering
Combined Cooling Heating System
100%
Conventional System
20%
Economic Feasibility
100%
Electricity Cost
20%
Electricity Grid
20%
Energy Production
20%
Natural Gas
20%
Office Buildings
20%
Part Load
20%
Payback Period
20%
Power Engineering
100%
San Francisco
80%
Size System
20%
Steam Generator
20%
System Component
20%